Aston Martin DB9 Brake Pads
Endless
Endless
MX72 Street Circuit Semi-Metallic Compound Brake Pads - Rear
While suppressing semi-metallic material as much as possible dust and noise, and increase the braking force at low temperature Yes. In addition to improving braking stability at high temperatures, it also reduces the rotor aggression. Furthermore, we refined the goodness of the pedal touch that is the merit of semi-metallic materials. Material: Semi-Metallic (ceramic carbon metal). Rotor appropriate temperature range: 50-700 (C) / 120-1292 (F). Average friction coefficient: 0.37-0.47. Running field: street - circuit.
INCLUDES: Rear brake pads x2
VEHICLE: Aston Martin DB9 2004-2016
PART#: EIP112_MX72
DETAILS/PHOTOS: www.endless-sport.co.jp/..
Text Message +1.860.809.0907 for VIP Pricing 24/7
MX72 Street Circuit Semi-Metallic Compound Brake Pads - Rear
While suppressing semi-metallic material as much as possible dust and noise, and increase the braking force at low temperature Yes. In addition to improving braking stability at high temperatures, it also reduces the rotor aggression. Furthermore, we refined the goodness of the pedal touch that is the merit of semi-metallic materials. Material: Semi-Metallic (ceramic carbon metal). Rotor appropriate temperature range: 50-700 (C) / 120-1292 (F). Average friction coefficient: 0.37-0.47. Running field: street - circuit.
INCLUDES: Rear brake pads x2
VEHICLE: Aston Martin DB9 2004-2016
PART#: EIP112_MX72
DETAILS/PHOTOS: www.endless-sport.co.jp/..
Text Message +1.860.809.0907 for VIP Pricing 24/7
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